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Can I get replacement or alternative transfers for my model?Read more -
What was the Mainline Railways company?Read moreMainline Railways was a British model railway brand that operated between 1976 and 1983, introduced by Palitoy, the...
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What is a Wickham Trolley?Read moreA Wickham Trolley is a small railway maintenance vehicle once widely used across Britain's railways. Built by D...
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What was the Bachmann 'Blue Riband' subbrand ?Read moreThe Blue Riband subbrand was a significant step in the evolution of Bachmann Branchline, the UK division of Bachmann...
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Do I need to apply a camber to a tight curve of track on my layout?Read moreApplying a camber to a tight curve of track on your model railway layout can help improve the realism and operation...
What is the minimum space required to install an N gauge incline?
How much space is required to fit an incline onto an N gauge model railway depends on how high you want to raise the track, the higher the target, the greater the space required.
To help you calculate how much space is required for your project, you will need to look at what gradients are possible. On model railways, a gradient of 1 in 50 is what most modellers aim for. If you are considering a gradient steeper than this, be prepared for some compromise of traction or operational restrictions.
But assuming you don't want to push the boundaries, a 1 in 50 gradient simply means that for every centimetre you want your track to rise, a distance of 50 centimetres should be allowed to achieve it. The formula also works for inches if you prefer to use those, for every inch of rise, 50 inches of travel is needed.
A good example of the calculation in practice is when an N gauge track needs to rise to cross over another track. It will require raising approximately 5 cm, so simply take that height and multiply it by 50 to give the length of incline needed, in this case, 250 cm (2.5 m). But don't forget, you will need to allow for an additional 250 cm if you want the track to drop back to baseboard level on the other side!
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